Basic Biological Research on Biodiversity Ministry of Education, - - PowerPoint PPT Presentation

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Basic Biological Research on Biodiversity Ministry of Education, - - PowerPoint PPT Presentation

A project on Basic Biological Research on Biodiversity Ministry of Education, Culture, Sports, Science and Technology (MEXT) in Japan has started, from 2002, The 21st Century COE (Center of Exellence) Program. The aim is to support


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A project on

Basic Biological Research on Biodiversity

Ministry of Education, Culture, Sports, Science and Technology (MEXT) in Japan has started, from 2002, “The 21st Century COE (Center of Exellence) Program”. The aim is to support formation of selective bases of world class The aim is to support formation of selective bases of world-class research and education, and to promote reformation of world-class universities. universities. Kyoto University has 22 programs of COE, yo o U ve s y s p og s o CO , among which there are 2 programs on Life Sciences

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One program of Life Sciences is

Formation of a Strategic Base for Formation of a Strategic Base for the Multidisciplinary Study of Biodiversity the Multidisciplinary Study of Biodiversity

B i Bi l B i Bi l

the Multidisciplinary Study of Biodiversity the Multidisciplinary Study of Biodiversity

Basic Biology Basic Biology

L e a de r: T

  • shisa da Nishida

L e a de r: T

  • shisa da Nishida

Key Words

Sc hool of Biolog ic a l Sc ie nc e Sc hool of Biolog ic a l Sc ie nc e

Organization

Sc hool of Biolog ic a l Sc ie nc e Sc hool of Biolog ic a l Sc ie nc e Ce nte r for E c olog ic a l Re se a rc h Prima te Re se a rc h Institute Ce nte r for E c olog ic a l Re se a rc h Prima te Re se a rc h Institute

Organization

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The 21st Century COE Program of Kyoto University

Formation of a Strategic Base for Biodiversity Studies for Biodiversity Studies

As one of the 21st Century COE programs, School of Biological Science, Primate Research Institute, and Center for Ecological Research have initiated the “Formation of a strategic base for the multidisciplinary biodiversity study”. This project aims to promote world-class research by unifying field research with new developments in molecular biology, to construct a basic academic p gy, discipline of “Biodiversity Science”, and implement postgraduate education under a unified system of macroscopic and microscopic education under a unified system of macroscopic and microscopic biology.

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1997 - 2001 A project funded by a MESSC Grant-in Aid for Creative Basic Research(Ministry of Education, Science, Sports and Culture)

An integrated study on biodiversity conservation g y y under global change and bioinventory management systems D I V E R management systems Diversity-Ecosystem Relationship

10 million dollers 10 million dollers

Report (418 pages, 2002)

This project financially supported DIWPA-IBOY

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Current organization

School of Biological Science School of Biological Science

Organization of our COE

Zoology T Nishida (Anthropology) M H i (E

l )

Biophysics T Miyata (Theory) Y F ji hi (St

t )

Botany H Tobe (Taxonomy) K Okada (G

ti )

M Hori (Ecology) M Imafuku (Ethology) N Satoh (Embryology) Y Fujiyoshi (Structure) Y Shichida (Physiology) K Okada (Genetics) I Nishimura (Cell) A Nagatani (Physiology)

( y gy)

Q Zhang (Radiation) K Makabe (Embryology) T Araki (Genetics) Primate Research Primate Research I tit t I tit t Center for Ecological Center for Ecological R h R h Institute Institute T Matsuzawa (Cognition) N Shigehara (Morphology) Research Research N Yamamura (Theory) K Kitayama (Tropics) N Shigehara (Morphology) N Masataka (Behavior) O Takenaka (Molecule) K Kitayama (Tropics) T Nagata (Lakes) I Tayasu (Matter cycle) J T k b hi M Hayashi (Neurobiology) J Takabayashi (Chemistry)

Red letters: “Macro” biologists, Blue letters: “Micro” biologists

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Strategic Base for Biodiversity Studies Strategic Base for Biodiversity Studies

By systematic linking of 4 research areas we establish interdisciplinary By systematic linking of 4 research areas, we establish interdisciplinary biodiversity studies integrating macroscopic and microscopic biology

Molecular Basis of Evolutionary Mechanism Molecular Basis of Biodiversity Satoh, Sato, Okada, Evolutionary Mechanism

  • f Biodiversity

Miyata, Zhang, Araki, Nishimura, Nagatani, Fujiyoshi, Shichida, Takenaka Takabayashi Hayashi, Yamamura Takenaka, Takabayashi Ecosystem Structure

  • f Biodiversity

Human Evolution and Biodiversity Hori, Imafuku, Tobe, Kitayama, Nagata, Tayasu Nishida, Matsuzawa, Masataka, Shigehara

Affiliation Red: Graduate School of Science Blue: Primate Research Institute Green: Center for Ecological Research

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Integration of “Macro” Biology w ith “Micro” Biology Integration of “Macro” Biology w ith “Micro” Biology Examples of

Diversity of Primates as Man’s Relatives

Joint research of taxonomical, morphological, behavioral, and genetic studies are going on Field study has revelaled astonishingly variable diversity of behavior are going on. Field study has revelaled astonishingly variable diversity of behavior among chimpanzees.

Behavioral Diversity and Genetic Polymorphism

Scale-eating fish of Lake Tanganyika has their mouth distorted right or left, depending on the side from which they attack prey. Genetic basis of mouth laterality i b i ht f is being sought for.

Plant Morphological Diversity and Its Moleculars Basis

There are genes that determine the lengths of roots Forest consisting of trees There are genes that determine the lengths of roots. Forest consisting of trees having roots of various lengths is important for the conservation of ecosystem and biodiversity.

Relation of Morphological Diversity w ith Gene Diversity

Explosive diversification of animals (Cambrean explosion) did not depend th f ti f b t th f th ld th t h d l d

  • n the formation of new genes, but on the re-use of the old genes that had already

existed.

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Domestic field sites

Domestic Field Sites Domestic Field Sites

Shi kit Shimokita Re se a rc h F

  • re st

Kiso Re se a rc h F

  • re st

Sa ka moto

L a ke Biwa Re se a rc h Ship L a ke Biwa Re se a rc h Ship

(Pe riodic a l Obse rva tions

Pe riodic a l Obse rva tions) Prima te Re se a rc h Institute Prima te Re se a rc h Institute Ce nte r for E c olog ic a l Re se a rc h Ce nte r for E c olog ic a l Re se a rc h Sc hool of Biolog ic a l Sc ie nc e Sc hool of Biolog ic a l Sc ie nc e Se to Ma rine Biolog ic a l Sta tion Se to Ma rine Biolog ic a l Sta tion Koshima Sta tion Ya kushima Re se a rc h F

  • re st

Ya kushima Re se a rc h F

  • re st
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Kyoto University African Field Sites Kyoto University African Field Sites

Bossou Bossou Ndoki Ndoki Ka linzu Ka linzu Mouka la ba Mouka la ba Wa mba Wa mba Na c hola Na c hola

Arusha Arusha

Mupulung u Mupulung u Ma ha le Ma ha le p g p g

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Field sites in Asian Tropical Rain Forest Field sites in Asian Tropical Rain Forest

Lambir (L

  • wla nd)

Mt Kinabalu (4000m)

Ca nopy c ra ne Wa lkwa y Me c ha nism of c oe xiste nc e

  • f ma ny pla nt spe c ie s

Influe nc e of te mpe ra ture a nd sa lt supply on dive rsity pa tte rns by inve stig a tion a t

  • f ma ny pla nt spe c ie s

Simulta ne ouw flowe ring 8 plots tha t diffe r in he ig ht

Crane Syste m Walkway (Nature , Jan.2002)

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The components of COE includes studies on

Ecosystem Structure

  • f Biodiversity

Evolutionary Mechanism f Bi di it

  • f Biodiversity
  • f Biodiversity

Center for Ecological Research, g , Kyoto University The aim of CER is to investigate functions of biodiversity and ecosystems, and to establish conservation theory of them.

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5 fields in CER 5 fields in CER

Structure and Function of Aquatic Ecosystems Biodiversity and Functions of Tropical Rainforests Animal-Plant Interaction in Terrestrial Ecosystems Molecular and Stabe-Isotope Ecology Theoretical Ecology

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Research facilities in CER from macro to micro

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Rapid Observation Ship “HASU”

in Lake Biwa

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Experimental Field in CER CER

Vinyl Houses inside

E i t l P d

Beehaives

Experimental Ponds (8 duplicates)

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Intermediate-scale experiments

Symbiotron

p Zootron Aquatron Teratron

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DNA Analizing System Ratio Mass Spectrometor for Natural Abundance of Stable Isotope (IRMS)

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Seeds of cooperation Seeds of cooperation

Education

Seeds of cooperation Seeds of cooperation

School of Biological Science School of Biological Science School of Biological Science, School of Biological Science, Primate Research Institute, Primate Research Institute, Center for Ecological Research Center for Ecological Research

have cooper ated

・ In graduate school education: entrance In graduate school education: entrance examination and organizing culliculam examination and organizing culliculam g g g g ・ No. of phD candidates:

  • No. of phD candidates:

235.0 235.0 ・ No of students granted phD : No of students granted phD : 53 0 53 0

  • No. of students granted phD :
  • No. of students granted phD :

53.0 53.0

(a ve ra g e of 1999- 2001)

・ Jointly in “field classroom” at Yakushima Jointly in “field classroom” at Yakushima

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Education Program

Upg ra de stude nt’s Ac a de mic le ve l Unde rg ra dua te c ourse

Education Program

Postg ra dua te c ourse Support stude nts’ e c onomic ba sis Inte rna tiona l Symposia E mployme nt of top- le ve l fore ig n Sc ie ntists Biodive rsity- re la te d Subje c ts Mode l Curric ulum E mployme nt of Ma ny T A RA

COE RESEARCH COE RESEARCH

Inte r- la b c ourse f N Ma ny T A, RA, Post- doc , a nd Re se a rc h supporte rs

COE RESEARCH COE RESEARCH

for Ne wc ome rs L a b a nd F ie ld Re se a rc h Study a broa d E xc ha ng e of t d t Pre se nta tion of pa pe r a t me e ting h ld b d Summe r F ie ld Work Course in Y k hi ill stude nts he ld a broa d Ya kushima villa g e

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19 January, 2004 – 28 January, 2004

DIWPA/IBOY International Field Biology Course in Indonesia (IBOY Training Course for the 2nd Phase in Indonesia)

  • rganized by

3 COEs (Kyoto University, Hokkaido University, and Kanazawa University), and Bornean Biodiversity & Ecosystem Conservation Project (BBEC-JICA), Bornean Biodiversity & Ecosystem Conservation Project (BBEC JICA),

Objective of the training will be focused on the insect-specimens collected during IBOY Objective of the training will be focused on the insect specimens collected during IBOY sampling at GHNP, including: (1) lecture on 4 selected orders of insect (Coleoptera, Lepidoptera, Diptera, and Hymenoptera), (2) sorting and/or mounting, (3) identification and counting the individual number at family level of selected orders, (4) arranging data for preparing manuscripts, (5) construction of data management system, including digital database.

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Budget of 2003 Budget of 2003

(tota l=US$ 2 millions)

I t l b d ti Inte r- la b e duc a tion prog ra m for ne w stude nts 5 fie ld study proje c ts

T ra ve l e xpe nse s Post- doc s, RA, T A, E xpe rime nta l Re se a rc h supporte rs E xpe rime nta l a ppa ra tus E xpe nda ble s E xpe nda ble s

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Summary Summary

1. 1. Integration of Macroscopic and Microscopic Integration of Macroscopic and Microscopic Research Research P ti f ld t l l h ・Promotion of world-top level research ・Exploration of research area of the next generation 2 Upbringing Creative Talents 2 Upbringing Creative Talents

  • 2. Upbringing Creative Talents
  • 2. Upbringing Creative Talents

・Union of field work and lab work ・Researchers and biodiversity experts Researchers and biodiversity experts

  • 3. Research Providing Solutions to Crisis
  • 3. Research Providing Solutions to Crisis

・Collapse of ecosystem ・What human nature is “Formation of the Base for Biodiversity Science” “Formation of the Base for Biodiversity Science”

The 21st Century COE on Biodiversity will continue to have The 21st Century COE on Biodiversity will continue to have a strong connection with DIEWPA activity